Class for the control of all reading functions from UNICADO. More...

#include <convertUNICADO2CPACS.h>

Collaboration diagram for convertUNICADO2CPACS:

Public Member Functions
	convertUNICADO2CPACS (const convertUNICADO2CPACSSettings &mySettings)
	Constructor of class convertUNICADO2CPACS. More...

virtual	~convertUNICADO2CPACS ()
	Destructor of class convertUNICADO2CPACS. More...

void	initialize ()
	Function initializes unicado and cpacs aircraft. More...

void	run ()
	Function converts from UNICADO aircraft to CPACS aircraft. More...

Public Attributes
unicadoAcft *	myUnicadoAcftPt

cpacsAcft *	myCpacsAcftPt

std::vector< cpacsAcft::cpacsMaterial >	theUsedMaterials

std::vector< double >	range

Private Member Functions
void	createEmptyCpacsFile (const std::string &aFilename)
	Function to create an empty cpacs-file. More...

std::string	getMaterial (const std::string &aMaterialName)
	Function searches for a material or creates a new one. More...

void	convertMassesAndLoadings ()
	Function that converts MassesAndLoading from UNICADO-file into CPACS XML-Structure (MassesAndLoadings) More...

void	convertMassBreakdown ()
	Function that converts massBreakdown from UNICADO-file into CPACS XML-Structure (MassBreakdown) More...

void	convertGeometry ()
	Function that converts geometry from UNICADO-file into CPACS XML-Structure. More...

void	convertFuselage ()
	Function that converts fuselage from UNICADO-file into CPACS XML-Structure. More...

void	convertWing ()
	Function that converts wing from UNICADO-file into CPACS XML-Structure. More...

void	convertStabiliser ()
	Function that converts stabiliser from UNICADO-file into CPACS XML-Structure. More...

void	convertLiftingSurface (liftingSurface unicadoLiftingSurfacePt, cpacsAcft::cpacsWing cpacsWingPt)
	Function that converts a Geometry class Liftingsurface from UNICADO into CPACS XML-Structure. More...

void	convertFin ()
	Function that converts Fin from UNICADO-file into CPACS XML-Structure. More...

void	convertVerticalSurface (verticalsurface verticalSurfacePt, cpacsAcft::cpacsWing cpacsFinPt)
	Function that converts a Geometry class VerticalSurface from UNICADO into CPACS XML-Structure. More...

void	convertPropulsionGeometry ()
	Function that prepares conversion and calls Engines and Pylons conversion functions. More...

void	convertEngines (unicadoAcft::unicadoPropulsion unicadoEnginedPt, cpacsAcft::cpacsEngine cpacsEnginePt, int index)
	Function that converts Engines from UNICADO-file into CPACS XML-Structure. More...

void	convertScaledPerformance (unicadoAcft::unicadoPropulsion unicadoEnginedPt, cpacsAcft::cpacsEngine cpacsEnginePt, std::string type)
	Function that converts scaled performance from UNICADO-file into CPACS XML-Structure. More...

void	convertPylons (pylon unicadoPylonPt, cpacsAcft::cpacsPylon cpacsPylonPt)
	Function that converts Pylons from UNICADO-file into CPACS XML-Structure. More...

void	convertNacelles ()
	Function that converts Nacelles from UNICADO-file into CPACS XML-Structure. More...

void	convertlandingGear ()
	Function that converts Landing Gear from UNICADO-file into CPACS XML-Structure. More...

void	createWheelGeometry (cpacsAcft::cpacsGear::wheel *thisWheelPt, const std::string &theGearName, const Vec3 &theWheelGroupReferencePt, const double &theWheelTrack)
	function creates the wheel geometry based on the radius and the wheel track More...

void	createStrutGeometry (cpacsAcft::cpacsGear::mainStrut *thisStrutPt, const std::string &theGearName, const Vec3 &theStrutGroupReferencePt, const double &strutLength, const double &strutRadius)
	function creates cpacs strut geometry More...

double	calculateUnicadoLGRelHeight (double spanPos, double relChordPos, double globalLandingGearZRef)
	Function that calculates relative height of unicado landing gear. More...

void	convertFuseDatProfile (std::string profileFilePath, std::string profileName)
	Function that converts a Unicado Fuselage Profile from .dat file into CPACS XML-Structure. More...

void	convertWingDatProfile (std::string profileFilePath, std::string profileName, cpacsAcft::cpacsWing cpacsWingPt, liftingSurface::segment SegmentPt)
	Function that converts a Unicado Wing Profile from .dat file into CPACS XML-Structure. More...

void	convertVerticalWingDatProfile (std::string profileFilePath, std::string profileName, cpacsAcft::cpacsWing cpacsWingPt, verticalsurface::segment SegmentPt)
	Function that converts a Unicado Vertical Wing Profile from .dat file into CPACS XML-Structure. More...

void	convertNacelleDatProfile (const std::string &profileFilePath, const std::string &profileName, const std::string &profileUID)
	Function that converts a Unicado Nacelle Profile from .dat file into CPACS XML-Structure. More...

void	collectVerticalWingDatProfilePoints (std::vector< Vec3 > coords)
	Function collects half of the vertical lifting surface airfoil coordinates and closes the geometry object in the symmetry plane with a plate. More...

void	convertAccommodation ()
	Function that converts accommodation data from UNICADO-file into CPACS XML-Structure. More...

void	convertPropulsion ()
	Function that converts propulsion data from UNICADO-file into CPACS XML-Structure. More...

void	convertSystems ()
	Function that converts systems data from UNICADO-file into CPACS XML-Structure. More...

void	convertAerodynamics ()
	Function that converts aerodynamics from UNICADO-file into CPACS XML-Structure. More...

void	convertStabilityAndControl ()
	Function that converts stability & control characteristics from UNICADO-file into CPACS XML-Structure. More...

void	convertPerformance ()
	Function that converts performance data from UNICADO-file into CPACS XML-Structure. More...

void	convertMission (unicadoAcft::unicadoPerformance::missionAnalysis thisUnicadoMissionPt, cpacsAcft::cpacsMission thisCpacsMissionPt)
	converts mission file from UNICADO to CPACS More...

void	convertMonetaryValues ()
	Function that converts monetary values from UNICADO-file into CPACS XML-Structure. More...

void	convertRC ()
	Function that converts recurring costs from UNICADO-file into CPACS XML-Structure. More...

void	convertDOC ()
	Function that converts direct operating costs from UNICADO-file into CPACS XML-Structure. More...

void	convertEOLCosts ()
	Function that converts end of life costs from UNICADO-file into CPACS XML-Structure. More...

void	convertEcologicalValues ()
	Function that converts ecological values from UNICADO-file into CPACS XML-Structure. More...

void	convertRequirements ()
	Function that converts requirements from UNICADO-file into CPACS XML-Structure. More...

void	convertDesignSpecs ()
	Function that converts design specifications from UNICADO-file into CPACS XML-Structure. More...

void	convertConfiguration ()
	Function that converts configuration data from UNICADO-file into CPACS XML-Structure. More...

void	convertDesignSpecsAccommodation ()
	Function that converts accommodation design specifications from UNICADO-file into CPACS XML-Structure. More...

void	convertDesignSpecsCargo ()
	Function that converts cargo design specifications from UNICADO-file into CPACS XML-Structure. More...

void	convertDesignSpecPropulsion ()
	Function that converts propulsion design specifications from UNICADO-file into CPACS XML-Structure. More...

Private Attributes
const convertUNICADO2CPACSSettings *	mySettingsPt

Detailed Description

Class for the control of all reading functions from UNICADO.

Constructor & Destructor Documentation

◆ convertUNICADO2CPACS()

convertUNICADO2CPACS::convertUNICADO2CPACS ( const convertUNICADO2CPACSSettings & mySettings )

explicit

Constructor of class convertUNICADO2CPACS.

Parameters

mySettings Global settings object

◆ ~convertUNICADO2CPACS()

convertUNICADO2CPACS::~convertUNICADO2CPACS ( )

virtual

Destructor of class convertUNICADO2CPACS.

Member Function Documentation

◆ calculateUnicadoLGRelHeight()

double convertUNICADO2CPACS::calculateUnicadoLGRelHeight	(	double	spanPos,
		double	relChordPos,
		double	globalLandingGearZRef
	)

private

Function that calculates relative height of unicado landing gear.

Parameters

spanPos	[m]
relChordPos	[-]
globalLandingGearZRef	[m]

Returns: relHeight [-]

Todo:: 1241: Extend convertAccommodation

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◆ collectVerticalWingDatProfilePoints()

void convertUNICADO2CPACS::collectVerticalWingDatProfilePoints ( std::vector< Vec3 > coords )

private

Function collects half of the vertical lifting surface airfoil coordinates and closes the geometry object in the symmetry plane with a plate.

Parameters

coords vector<Vec3> normalized coordinate points, either from the left or from the right side of the (symmetrical) airfoil

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◆ convertAccommodation()

void convertUNICADO2CPACS::convertAccommodation ( )

private

Function that converts accommodation data from UNICADO-file into CPACS XML-Structure.

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◆ convertAerodynamics()

void convertUNICADO2CPACS::convertAerodynamics ( )

private

Function that converts aerodynamics from UNICADO-file into CPACS XML-Structure.

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◆ convertConfiguration()

void convertUNICADO2CPACS::convertConfiguration ( )

private

Function that converts configuration data from UNICADO-file into CPACS XML-Structure.

◆ convertDesignSpecPropulsion()

void convertUNICADO2CPACS::convertDesignSpecPropulsion ( )

private

Function that converts propulsion design specifications from UNICADO-file into CPACS XML-Structure.

◆ convertDesignSpecs()

void convertUNICADO2CPACS::convertDesignSpecs ( )

private

Function that converts design specifications from UNICADO-file into CPACS XML-Structure.

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◆ convertDesignSpecsAccommodation()

void convertUNICADO2CPACS::convertDesignSpecsAccommodation ( )

private

Function that converts accommodation design specifications from UNICADO-file into CPACS XML-Structure.

◆ convertDesignSpecsCargo()

void convertUNICADO2CPACS::convertDesignSpecsCargo ( )

private

Function that converts cargo design specifications from UNICADO-file into CPACS XML-Structure.

◆ convertDOC()

void convertUNICADO2CPACS::convertDOC ( )

private

Function that converts direct operating costs from UNICADO-file into CPACS XML-Structure.

<

Todo:: T1244: Check if conversion of direct operating costs is needed

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◆ convertEcologicalValues()

void convertUNICADO2CPACS::convertEcologicalValues ( )

private

Function that converts ecological values from UNICADO-file into CPACS XML-Structure.

<

Todo:: T1246: Check if conversion of ecological values is needed

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◆ convertEngines()

void convertUNICADO2CPACS::convertEngines	(	unicadoAcft::unicadoPropulsion *	unicadoEnginedPt,
		cpacsAcft::cpacsEngine *	cpacsEnginePt,
		int	index
	)

private

Function that converts Engines from UNICADO-file into CPACS XML-Structure.

Parameters

unicadoEnginedPt	pointer to unicado propulsion unit
cpacsEnginePt	pointer to cpacs engine
index	index variable

<

Todo:: [T1237] (https://unicado.ilr.rwth-aachen.de/T1237) (Philip#1#): check if enginemount can be calculated with UNICADO

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◆ convertEOLCosts()

void convertUNICADO2CPACS::convertEOLCosts ( )

private

Function that converts end of life costs from UNICADO-file into CPACS XML-Structure.

<

Todo:: T1245: Check if conversion of end of life costs is needed

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◆ convertFin()

void convertUNICADO2CPACS::convertFin ( )

private

Function that converts Fin from UNICADO-file into CPACS XML-Structure.

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◆ convertFuseDatProfile()

void convertUNICADO2CPACS::convertFuseDatProfile	(	std::string	profileFilePath,
		std::string	profileName
	)

private

Function that converts a Unicado Fuselage Profile from .dat file into CPACS XML-Structure.

Parameters

profileFilePath	path to .dat file
profileName	name of profile

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◆ convertFuselage()

void convertUNICADO2CPACS::convertFuselage ( )

private

Function that converts fuselage from UNICADO-file into CPACS XML-Structure.

<Int to Name and uID the fuselage Segments

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◆ convertGeometry()

void convertUNICADO2CPACS::convertGeometry ( )

private

Function that converts geometry from UNICADO-file into CPACS XML-Structure.

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◆ convertlandingGear()

void convertUNICADO2CPACS::convertlandingGear ( )

private

Function that converts Landing Gear from UNICADO-file into CPACS XML-Structure.

<

Todo:: T1240:(ohm#1#) Define Spars in Component Segments Unicado Wing always to Spars Front and Rear than choose a spar to attach the MLG ie rearSpar

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◆ convertLiftingSurface()

void convertUNICADO2CPACS::convertLiftingSurface	(	liftingSurface *	unicadoLiftingSurfacePt,
		cpacsAcft::cpacsWing *	cpacsWingPt
	)

private

Function that converts a Geometry class Liftingsurface from UNICADO into CPACS XML-Structure.

Parameters

unicadoLiftingSurfacePt	pointer to unicado lifting surface
cpacsWingPt	pointer to cpacs wing

<

Todo:: [1249] (https://unicado.ilr.rwth-aachen.de/T1249) (ohm#1#): ask Benni to what extent the chordlength makes sense as scaling

Todo:: [1226] (https://unicado.ilr.rwth-aachen.de/T1226) (ohm#1#): Find Solution to get Spoilers with out mayor "S", else it might be possible to choose Spoiler based on l_i_rel_TE not equal to 0

<

Todo:: [T1227] (https://unicado.ilr.rwth-aachen.de/T1227) (philip#1#): write separate function for this and use switch-case structure

<

Todo:: [T1228] (https://unicado.ilr.rwth-aachen.de/T1228) (ohm#1#): Parent UID has to be adapted for slotted flaps

<

Todo:: [T1230] (https://unicado.ilr.rwth-aachen.de/T1230) (ohm#1#): Check exact position of hinge point

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◆ convertMassBreakdown()

void convertUNICADO2CPACS::convertMassBreakdown ( )

private

Function that converts massBreakdown from UNICADO-file into CPACS XML-Structure (MassBreakdown)

Todo:: T1224 (Ohm#1#): Check sub elements that could be transfered

<

Todo:: [T1125] (https://unicado.ilr.rwth-aachen.de/T1225) (aigner#1#): (JAN) mStandardItems and mOperationalItems need to be placed in CPACS categories.

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◆ convertMassesAndLoadings()

void convertUNICADO2CPACS::convertMassesAndLoadings ( )

private

Function that converts MassesAndLoading from UNICADO-file into CPACS XML-Structure (MassesAndLoadings)

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◆ convertMission()

void convertUNICADO2CPACS::convertMission	(	unicadoAcft::unicadoPerformance::missionAnalysis *	thisUnicadoMissionPt,
		cpacsAcft::cpacsMission *	thisCpacsMissionPt
	)

private

converts mission file from UNICADO to CPACS

Parameters

*thisUnicadoMissionPt	Object of the UNICADO mission data
*thisCpacsMissionPt	Object of the converted mission data for the CPACS file

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◆ convertMonetaryValues()

void convertUNICADO2CPACS::convertMonetaryValues ( )

private

Function that converts monetary values from UNICADO-file into CPACS XML-Structure.

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◆ convertNacelleDatProfile()

void convertUNICADO2CPACS::convertNacelleDatProfile	(	const std::string &	profileFilePath,
		const std::string &	profileName,
		const std::string &	profileUID
	)

private

Function that converts a Unicado Nacelle Profile from .dat file into CPACS XML-Structure.

Parameters

profileFilePath	Path to .dat file
profileName	name of profile
profileUID	a profile uID

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◆ convertNacelles()

void convertUNICADO2CPACS::convertNacelles ( )

private

Function that converts Nacelles from UNICADO-file into CPACS XML-Structure.

<

Todo:: T1238: Check if scaling is necessary

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◆ convertPerformance()

void convertUNICADO2CPACS::convertPerformance ( )

private

Function that converts performance data from UNICADO-file into CPACS XML-Structure.

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◆ convertPropulsion()

void convertUNICADO2CPACS::convertPropulsion ( )

private

Function that converts propulsion data from UNICADO-file into CPACS XML-Structure.

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◆ convertPropulsionGeometry()

void convertUNICADO2CPACS::convertPropulsionGeometry ( )

private

Function that prepares conversion and calls Engines and Pylons conversion functions.

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◆ convertPylons()

void convertUNICADO2CPACS::convertPylons	(	pylon *	unicadoPylonPt,
		cpacsAcft::cpacsPylon *	cpacsPylonPt
	)

private

Function that converts Pylons from UNICADO-file into CPACS XML-Structure.

Parameters

unicadoPylonPt	pointer to unicado pylon
cpacsPylonPt	pointer to cpacs pylon

<

Todo:: [1249] (https://unicado.ilr.rwth-aachen.de/T1249) (ohm#1#): ask Benni to what extent the chordlength makes sense as scaling

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◆ convertRC()

void convertUNICADO2CPACS::convertRC ( )

private

Function that converts recurring costs from UNICADO-file into CPACS XML-Structure.

Todo:: T1243: Check if conversion of AirframeComponents is needed

Todo:: T1247: Check if conversion of indirect operating costs is needed

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◆ convertRequirements()

void convertUNICADO2CPACS::convertRequirements ( )

private

Function that converts requirements from UNICADO-file into CPACS XML-Structure.

Todo:: T1248: Check if conversion of design specs is needed

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◆ convertScaledPerformance()

void convertUNICADO2CPACS::convertScaledPerformance	(	unicadoAcft::unicadoPropulsion *	unicadoEnginedPt,
		cpacsAcft::cpacsEngine *	cpacsEnginePt,
		std::string	type
	)

private

Function that converts scaled performance from UNICADO-file into CPACS XML-Structure.

Parameters

unicadoEnginedPt	pointer to unicado engine
cpacsEnginePt	pointer to cpacs engine

◆ convertStabiliser()

void convertUNICADO2CPACS::convertStabiliser ( )

private

Function that converts stabiliser from UNICADO-file into CPACS XML-Structure.

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◆ convertStabilityAndControl()

void convertUNICADO2CPACS::convertStabilityAndControl ( )

private

Function that converts stability & control characteristics from UNICADO-file into CPACS XML-Structure.

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◆ convertSystems()

void convertUNICADO2CPACS::convertSystems ( )

private

Function that converts systems data from UNICADO-file into CPACS XML-Structure.

<

Todo:: T1242(ohm#1#): Differentiate between Fin and Stabiliser trim tanks by position vector

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◆ convertVerticalSurface()

void convertUNICADO2CPACS::convertVerticalSurface	(	verticalsurface *	verticalSurfacePt,
		cpacsAcft::cpacsWing *	cpacsFinPt
	)

private

Function that converts a Geometry class VerticalSurface from UNICADO into CPACS XML-Structure.

Parameters

verticalSurfacePt	pointer to vertical surface
cpacsFinPt	pointer to cpacs fin

<

Todo:: [T1232] (https://unicado.ilr.rwth-aachen.de/T1232) (aigner#1#): Check reference point for vertical tail, typically center of fuselage

<

Todo:: [1249] (https://unicado.ilr.rwth-aachen.de/T1249) (ohm#1#): ask Benni to what extent the chordlength makes sense as scaling

<

Todo:: [T1233] (https://unicado.ilr.rwth-aachen.de/T1233): (philip#1#) check Lowersectionrelative and Uppersectionrelative for vertical surface

<

Todo:: [T1234] (https://unicado.ilr.rwth-aachen.de/T1234) (ohm#1#): Add ComponentSegment/structure xml-Block for fin

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Todo:: [T1235] (https://unicado.ilr.rwth-aachen.de/T1235) (ohm#1#): Parent UID has to be adapted for slotted flaps

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◆ convertVerticalWingDatProfile()

void convertUNICADO2CPACS::convertVerticalWingDatProfile	(	std::string	profileFilePath,
		std::string	profileName,
		cpacsAcft::cpacsWing *	cpacsWingPt,
		verticalsurface::segment *	SegmentPt
	)

private

Function that converts a Unicado Vertical Wing Profile from .dat file into CPACS XML-Structure.

Parameters

profileFilePath	Path to .dat file
profileName	name of profile
cpacsWingPt	pointer to cpacs wing
SegmentPt	pointer to segment of vertical surface

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◆ convertWing()

void convertUNICADO2CPACS::convertWing ( )

private

Function that converts wing from UNICADO-file into CPACS XML-Structure.

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◆ convertWingDatProfile()

void convertUNICADO2CPACS::convertWingDatProfile	(	std::string	profileFilePath,
		std::string	profileName,
		cpacsAcft::cpacsWing *	cpacsWingPt,
		liftingSurface::segment *	SegmentPt
	)

private

Function that converts a Unicado Wing Profile from .dat file into CPACS XML-Structure.

Parameters

profileFilePath	path to .dat file
profileName	name of .dat file
cpacsWingPt	pointer to cpacs wing
SegmentPt	pointer to segment of lifting surface

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◆ createEmptyCpacsFile()

void convertUNICADO2CPACS::createEmptyCpacsFile ( const std::string & aFilename )

private

Function to create an empty cpacs-file.

Parameters

aFilename name of cpacs-file

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◆ createStrutGeometry()

void convertUNICADO2CPACS::createStrutGeometry	(	cpacsAcft::cpacsGear::mainStrut *	thisStrutPt,
		const std::string &	theGearName,
		const Vec3 &	theStrutGroupReferencePt,
		const double &	strutLength,
		const double &	strutRadius
	)

private

function creates cpacs strut geometry

Parameters

*thisStrutPt	Pointer to the cpacs mainStrut geometry of landing gear
theGearName	string containing the name of the gear component (MainGear, NoseGear, ...)
theStrutGroupReferencePt	Vec3 containing the reference point of the strut group
strutLength	length of the strut [m]
strutRadius	radius of the strut [m]

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◆ createWheelGeometry()

void convertUNICADO2CPACS::createWheelGeometry	(	cpacsAcft::cpacsGear::wheel *	thisWheelPt,
		const std::string &	theGearName,
		const Vec3 &	theWheelGroupReferencePt,
		const double &	theWheelTrack
	)

private

function creates the wheel geometry based on the radius and the wheel track

Parameters

*thisWheelPt	Pointer to the cpacs wheel geometry of landing gear
theGearName	string containing the name of the gear component (MainGear, NoseGear, ...)
theWheelTrack	double wheel track of the current gear

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◆ getMaterial()

std::string convertUNICADO2CPACS::getMaterial ( const std::string & aMaterialName )

private

Function searches for a material or creates a new one.

Parameters

aMaterialName name of material

Returns: theUsedMaterials.back().info.uID: uID of material

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◆ initialize()

void convertUNICADO2CPACS::initialize ( )

Function initializes unicado and cpacs aircraft.

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◆ run()

void convertUNICADO2CPACS::run ( )

Function converts from UNICADO aircraft to CPACS aircraft.

if block is switched on, the respective block is read from UNICADO acft and converted to CPACS acft

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Member Data Documentation

◆ myCpacsAcftPt

cpacsAcft* convertUNICADO2CPACS::myCpacsAcftPt

pointer to cpacs Acft

◆ mySettingsPt

const convertUNICADO2CPACSSettings* convertUNICADO2CPACS::mySettingsPt

private

Pointer to the settings

◆ myUnicadoAcftPt

unicadoAcft* convertUNICADO2CPACS::myUnicadoAcftPt

pointer to unicado Acft

◆ range

std::vector<double> convertUNICADO2CPACS::range

Maximum range of aircraft [m]

◆ theUsedMaterials

std::vector<cpacsAcft::cpacsMaterial> convertUNICADO2CPACS::theUsedMaterials

Material used for the Aircraft

The documentation for this class was generated from the following files:

Public Member Functions

Public Attributes

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ convertUNICADO2CPACS()

◆ ~convertUNICADO2CPACS()

Member Function Documentation

◆ calculateUnicadoLGRelHeight()

◆ collectVerticalWingDatProfilePoints()

◆ convertAccommodation()

◆ convertAerodynamics()

◆ convertConfiguration()

◆ convertDesignSpecPropulsion()

◆ convertDesignSpecs()

◆ convertDesignSpecsAccommodation()

◆ convertDesignSpecsCargo()

◆ convertDOC()

◆ convertEcologicalValues()

◆ convertEngines()

◆ convertEOLCosts()

◆ convertFin()

◆ convertFuseDatProfile()

◆ convertFuselage()

◆ convertGeometry()

◆ convertlandingGear()

◆ convertLiftingSurface()

◆ convertMassBreakdown()

◆ convertMassesAndLoadings()

◆ convertMission()

◆ convertMonetaryValues()

◆ convertNacelleDatProfile()

◆ convertNacelles()

◆ convertPerformance()

◆ convertPropulsion()

◆ convertPropulsionGeometry()

◆ convertPylons()

◆ convertRC()

◆ convertRequirements()

◆ convertScaledPerformance()

◆ convertStabiliser()

◆ convertStabilityAndControl()

◆ convertSystems()

◆ convertVerticalSurface()

◆ convertVerticalWingDatProfile()

◆ convertWing()

◆ convertWingDatProfile()

◆ createEmptyCpacsFile()

◆ createStrutGeometry()

◆ createWheelGeometry()

◆ getMaterial()

◆ initialize()

◆ run()

Member Data Documentation

◆ myCpacsAcftPt

◆ mySettingsPt

◆ myUnicadoAcftPt

◆ range

◆ theUsedMaterials